A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Waterproof construction method of large-area civil air defense basement
The invention relates to the field of building construction, in particular to a waterproof construction method of a large-area civil air defense basement. The waterproof construction method comprisesthe steps that S1, a foundation pit is excavated; S2, a base layer is poured; S3, first walls are built; S4, smooth connecting faces are formed at the joint of a first waterproof plate and the base layer and at the joints of the first walls by using gel materials; S5, a first waterproof coiled material is laid; S6, a second waterproof coiled material is bonded; S7, a first structural layer is laid; S8, a reinforcing mesh is pre-embedded; S9, a third waterproof coiled material is laid; S10, the positions, extending along the first walls, between the first waterproof coiled material and the third waterproof coiled material are filled with gel matter; S11, a second structural layer is laid; and S12, a horizontal surface layer is laid. The method has the effect of reducing accumulated water inthe basement.
本申请涉及建筑施工的领域，尤其是涉及大面积人防地下室防水施工方法，其包括S1：开挖基坑；S2：浇筑基层；S3：砌筑第一墙体；S4：所述第一防水板与基层的连接处、第一墙体的连接处均使用凝胶材料形成光滑的连接面；S5：铺设第一防水卷材；S6：粘接第二防水卷材；S7：铺设第一结构层；S8：预埋钢筋网；S9：铺设第三防水卷材；S10：在所述第一防水卷材与第三防水卷材沿第一墙体延伸的位置之间填充有凝胶物质；S11：铺设第二结构层；S12：铺设水平的面层。本申请具有减少地下室内积水的效果。
Waterproof construction method of large-area civil air defense basement
The invention relates to the field of building construction, in particular to a waterproof construction method of a large-area civil air defense basement. The waterproof construction method comprisesthe steps that S1, a foundation pit is excavated; S2, a base layer is poured; S3, first walls are built; S4, smooth connecting faces are formed at the joint of a first waterproof plate and the base layer and at the joints of the first walls by using gel materials; S5, a first waterproof coiled material is laid; S6, a second waterproof coiled material is bonded; S7, a first structural layer is laid; S8, a reinforcing mesh is pre-embedded; S9, a third waterproof coiled material is laid; S10, the positions, extending along the first walls, between the first waterproof coiled material and the third waterproof coiled material are filled with gel matter; S11, a second structural layer is laid; and S12, a horizontal surface layer is laid. The method has the effect of reducing accumulated water inthe basement.
本申请涉及建筑施工的领域，尤其是涉及大面积人防地下室防水施工方法，其包括S1：开挖基坑；S2：浇筑基层；S3：砌筑第一墙体；S4：所述第一防水板与基层的连接处、第一墙体的连接处均使用凝胶材料形成光滑的连接面；S5：铺设第一防水卷材；S6：粘接第二防水卷材；S7：铺设第一结构层；S8：预埋钢筋网；S9：铺设第三防水卷材；S10：在所述第一防水卷材与第三防水卷材沿第一墙体延伸的位置之间填充有凝胶物质；S11：铺设第二结构层；S12：铺设水平的面层。本申请具有减少地下室内积水的效果。
Waterproof construction method of large-area civil air defense basement
大面积人防地下室防水施工方法
JIA JIANHUA (author) / HAN JIANFANG (author) / ZHUO YIGANG (author)
2020-11-06
Patent
Electronic Resource
Chinese
Waterproof construction method for large-area civil air defense basement
| European Patent Office | 2021
Waterproof construction method for civil air defense basement
| European Patent Office | 2022